Mg and its alloys have continued to attract interest for several structural and super-sensitive
applications because of their light weight and good combination of engineering properties …

China has been developed into one of the most active regions in terms of both fundamental
and applied research on magnesium (Mg) and its alloys in the world from a solid base laid …

Nowadays, magnesium (Mg) alloys are promising lightweight structural materials, especially
in transportation and aerospace fields, due to their inherent low density and high specific …

In order to reduce oil consumption and avoid fossil fuel-related environmental problems,
scientists are always looking for lightweight structural materials that show high performance …

Poor formability at room temperature is a key problem that limits the application of Mg alloys.
Formability is closely dependent on both large work-hardening capacity and high tensile …

Ductility of Mg alloys can be enhanced by alloying, controlling the grain size and
randomizing the texture. In this study, Mg-0.2% Ce alloys were processed using rolling, multi …

Due to the insufficient slip systems, Mg and its alloys exhibit poor ductility during plastic
deformation at room temperature. To solve this problem, alloying is considered as a most …

Low ductility and strength are major bottlenecks against Mg alloys' wide applications. In this
work, we systematically design the composition and fabrication process for a low-alloyed Mg …

Magnesium (Mg) alloys with low concentrations of rare earth additions are known to exhibit
strengths and ductility that are significantly higher than those obtained in traditional Mg …

Magnesium (Mg) is the lightest structural metal. However, the poor formability of Mg alloys to
great extent limits their applications in making structural parts. Formability is strongly …